ICT Development and Piloting
This work package aims at turning the designs into a working platform and validating them in real educational contexts. It establishes the technical infrastructure by fine‑tuning the AI model for educational purposes, defining system requirements, and developing a secure, web‑based application whose interface follows the user experience patterns defined in the work package on Design of AI‑based Assistants. The platform architecture and data pipelines will be built to operate reliably in higher‑education environments and to comply with ethical and data protection standards.
To ensure long‑term accessibility and adoption, the work package formulates an open‑access strategy that clarifies licensing, documentation, and sustainability measures. It then will pilot BloomingAI across partner universities, integrate the assistants into courses, and gather structured feedback from educators and students using the standardized toolkit our team will design. The piloting phase aims at evaluating usability, pedagogical effectiveness, and alignment with learning objectives, and the results guide iterative refinements. The University of Luxembourg convenes a concluding workshop to consolidate lessons from the pilots, align on improvements, and finalize recommendations for curriculum integration and broader institutional adoption.
Activities
3.1 Technical Infrastructure Development
This activity aims at developing the technical backbone of BloomingAI. The team will fine‑tune the AI model for educational use, define its system requirements, and deliver a secure, web‑based application that follows the UX patterns defined in the work package “Mapping State-of-the-Art Practices in AI-Assisted Learning”. This includes optimizing servers, software, data processing pipelines, and user interfaces to ensure a smooth, scalable, and GDPR-compliant deployment of BloomingAI in higher‑education settings.
3.2 Open-Access Strategy
We will develop a strategy for making BloomingAI open source, allowing educational institutions and developers to adapt and extend its functionalities and ensuring long-term sustainability and accessibility. This includes creating a strategy for open-access implementation, defining licensing, documentation, contribution pathways, and sustainability measures so institutions and researchers can adopt and extend the platform. By making the platform open-source, the project ensures adaptability, modifiability, and continuous refinement based on user needs.
3.3 Piloting and Evaluation
BloomingAI will be tested across all partner universities, in different learning environments, to evaluate usability, pedagogical effectiveness, learning impact, curricular fit, and alignment with learning objectives. Educators and students will use the assistants in real courses, and using the standardized feedback toolkit developed by our team we will collect feedback, and analyse the platform’s effectiveness in teaching, learning, and assessment. Our findings will drive iterative improvements to both the platform and the integration approach.
3.4 Workshop for Piloting Feedback and Lessons
The University of Luxembourg will organize a workshop bringing together partners, educators, and AI researchers to consolidate insights from the piloting phase. The workshop will facilitate discussions on best practices, challenges, recommendations, translating user evidence into concrete refinements. The outcome will be a validated set of improvements and clear guidance for broader institutional adoption.
Work Package leaders

Turday Celik
Professor of AI & Data Science
University of Agder

Frédéric Clavert
Assistant Professor
University of Luxembourg
